Abstract
Structural nonuniformity and various defects in inspected materials and products result from a nonuniform distribution of heat flows inside the solid, which in turn leads to the development of temperature gradients on the surface. The heat required for this process may either be liberated during operation of the product or may be supplied by an external force. Recording the resulting thermal gradients, which often amount to fractions of a degree, is a fairly complex problem. However, a knowledge of the distribution of temperature over the surface of a product would allow us to solve problems of flaw detection and operational control.
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